![]() ![]() The SSH server will act as a kind of proxy, but with some limitations. In this case you'll avoid to use the SOCKS proxy. Solution B: using only the SSH remote server Now you can surf through a secure SSH connection.HOST Socks: write the loopback address 127.0.0.1 (since Putty makes available on your client the ports forwarded by the server) and the port you chose (for example, 1234). Go to the Tools, Options, Network, Connection, Settings.Through the SOCKS 5 proxy OpenSSH will take care of redirecting the requests for the website. This will be the port which Putty will make available to the browser on the client PC.ĭestination: leave empty. Source port: a random port not used by the client. In Putty, select Connection, SSH, Tunnels.A totally transparent proxy: you'll be able to navigate without noticing the presence of the proxy.You have to modify again the browser settings to surf the web. Permanent modification of browser connection settings: without the SSH server it won't be possible to navigate anymore.With this solution, you'll have these features: The path from your client to your webserver where the website you want to visualize is located will be:īrowser-> SSH Client -> SSH Server -> SOCKS -> webserver Unless you don't need special settings, OpenSSH starts and configures this proxy correctly and automatically. In this case, you'll use a transparent SOCKS v5 proxy, which is implemented by OpenSSH. Solution A: use of a SOCKS transparent proxy Now you have two slightly different possibilities: Have a look to Install and use an SSH server on Windows for this phase. You first must setup an SSH connection between the client and the server. Step 1: Installation ans usage of an SSH terminal session If on the server no webserver (like Apache) is running, you even might thing about using the port 80, even if this should be the las option, since it can create problems. ![]() Some ports typically open are the number 21 (FTP), 22 (SSH), 23 (Telnet), 8080 (router administration), 443 (HTTPS), 110 (POP3), 25 (SMTP). The SSH server will forward the received traffic to the desired website, and vice versa.The SSH client will forward all the traffic through only one port (usually the port 22) to the SSH server, which will be running on the server computer.your browser will connect to an SSH client running on your PC.Given that there's at least one port open on the firewall, this is what you'll do: In this article the pc were you're surfing from is the client, and the computer with the SSH server is the server. You can read Install and use an SSH server on Windows to install OpenSSH. The set up proposed in this article requires a computer connected to internet with an OpenSSH server running. Avoid barriers: with this method you can access internet websites or services running on ports different than the traditional 80, such as an eMule webserver or the uTorrent WebGui, avoiding firewalls or NAT problems: you will always use the port 22 for all the connections (or, alternatively, another available port - even the port 80, but this should be the last solution).In this case, you can create a secure SSH connection from your pc up to an SSH server outside the LAN, and from there surf freely the web. If, for example, your pc is inside a LAN with many other users, the other users might want to sniff your traffic. Security: the path from the computer where you're surfing up to the SSH server will be encrypted.Privacy: the website that you'll visit won't receive a visualization request from your IP public address, but from the SSH server one.There are different reasons for doing this: In this guide I'll show the practical steps to set up an Internet Tunnel by using the SSH protocol to surf the web. ![]()
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